DE19533540C2 - Template reading confirmation mechanism - Google Patents

Description

The invention relates to a template reading confirmation Mechanism according to claim 1.

From JP 63-250959 A is a facsimile machine known a template confirmation mechanism with ei a stamp, a template reading confirmation mark on a Records template to allow confirmation of whether a template has been read by the template reader or not. With this known construction one arrives Guide device in the form of a cable and an order Steering roller for use, with a record on the cable tion head is attached, thus in a respect to the Direction of delivery of the template transverse direction inner is movable within a certain range.

After submitting to the management facility has been conveyed past and has already left, becomes an original reading confirmation with the recording head on the rear end portion of the original draws. During the recording process, the  No longer submit the leadership through the leadership direction.

From JP 1-205658 A is a template confirmation supply mechanism known in which a scanned document is stamped on its back since the stamp then is easier to recognize and the template is not with a be meaningless stamp imprint is changed. Also ent the problem falls, possibly in the information stamp the template.

A template reader has a template guide section, a template reading section and a pre layer discharge section running along a master conveyor are arranged. Templates, such as printed Sheets are sequentially fed from the document feeder cut to the master reading section one by one submitted and the data recorded on the template which are read optically and are then replaced by an electronic one Processing device with a microcomputer processed sequentially. The templates are then created by the template reading section to the template discharge section to hand over.

In recent years, master readers have been used developed this way. Recently developed template reading devices have a large reading capacity at high speeds and are able to print originals of varying sizes handle. In the case of a template reader with a high Ge Speed and large capacity often occurs double feeder (two templates are on top of each other). When a If double feeding occurs, a stack of originals will appear passed the template reading section, with the result that one of the templates is not read and the data of the same  cannot be used. So if there is a loss of Da ten is not permitted due to a double feed, An operator must submit the originals one by one by hand to the document reading section even though the Ma machine from a document reader at high speed exists, so that the efficiency of the operation drops.

A facsimile machine has already been used qualified brand through a template reading confirmation mecha nism recorded on a template that is supported by the template Genesis section has passed. That means a suitable The mark is recorded on a suitable area d. H. a border zone of the template after it has the templates reading section has happened so that by observing the Mar ke can be confirmed whether the template has been read or not. In the conventional document reading confirmation mechanism however, the brand will be in front of one certain place set and it is not possible the buttocks sition of the brand to change. With an original reader, which can read templates of varying sizes as above has been described, d. H. which has the ability to read data from Read labels and receipts of different sizes, be there is a need for a user to have a position of Brand can change what kind of labels and quit dependent. However, the conventional template Genetic confirmation mechanisms do not make such a request fulfill.

Furthermore, the template reading confirmation mark is ge usually with a liquid colored material such as an ink. In this case becomes part of the constituent elements of the template reading confirmation mechanism and part of the component elements  of the original reader often by the original reading confirmation mark dirty on the template and a sol Contamination can affect the following templates broad. It is therefore desirable to go as far as possible prevent originals from getting dirty.

Furthermore, an original reader was recently developed wraps through which data on both surfaces one Template can be read at the same time. Also in this all can be confirmed whether the data on both surfaces Chen of the templates have been read or not by one Template reading confirmation mark on only one surface of the Template is recorded. However, this is a relative one tedious confirmation operation because when data is on the surfaces of a template are present and a dop If the feed occurs, the data becomes impossible read that on the bottom surface of the template that is placed over the other template, on which no master reading confirmation stamp is recorded is. In the end, it is in the case where data is on both surfaces of templates are recorded and if the template reading confirmation mark only on one surface the same is recorded - not possible to confirm whether each template has been read by the template reader or not and it is therefore the elimination of this disadvantage desirable.

When in the conventional high speed document reader a template in the template conveyor is pinched, it is possible to easily a Get access to the template conveyor to the template gene to remove. That is, at such a high Speed document reader covers the housing of the Ge  advises a main frame and a subordinate frame, which is pivotally attached to the main frame so that the subframe can be opened and closed and wherein the master conveyor path is along the interface between the main frame and the subframe is formed so that the original conveying path is exposed when the subframe is open so that the turned jammed templates can be handled quickly. The before layer reading confirmation mechanism must be at a position in the original conveyor track can be arranged in such a way that the feature mentioned above does not affect the original reading mechanism impaired. With the original reading confirmation mechanism for example, the fact that that a jam of the original should not occur, and if this occurs, the jammed or jammed original can be handled quickly.

To the cost of the basic high-speed lowering the original document reader, it is recommended that the Template reading confirmation mechanism from an optional available unit exists and easily in that High-speed document reader can be installed can after this is made or after this has been sold. In this case, if the template Genetic confirmation mechanism from an optical unit there is a requirement for two types of high to produce speed document readers, d. H. a High-speed document reader with the document reading confirmation mechanism and a high speed template gene reader without the master reading confirmation mechanism. If the template reading confirmation mechanism is in the template is installed, a user who has the template  Genesis confirmation mechanism not required, extra tough len.

The object underlying the invention is in creating a template reading confirmation mechanism with which the possibility is created automatically when changing the size of a template also the Posi tion of the confirmation mark depending on size.

This object is achieved by the im Features listed 1 solved.

Particularly advantageous configurations and further formations of the invention result from the dependent claims chen.

According to an advantageous embodiment of the Erfin A template reading confirmation mechanism is also used create where there is a facility to ver prevent originals from being inked through the original reading confirmation mark become excessively dirty if the Master reading confirmation stamp with a liquid colored one Material such as ink is recorded.

Another embodiment of the present invention tion is that the template reading confirmation mechanism is arranged in a document reader, in what data on both surfaces of a template are drawn, can be read at the same time, whereby the template reading confirmation mechanism is constructed that the master reading confirmation marks on both surfaces Chen the template can be recorded.

The guide device preferably contains tion at least one auxiliary guide that at least one Section of the movable guide plate is arranged to in sliding engagement with the movable guide plate  gene, the movement of at least one auxiliary guide so it is regulated that the at least one auxiliary guide with the movable guide plate works together to form a guide area for the entire surface of the template for all Generate times when the movable guide plate to any position within the predetermined range is placed.

The guide device preferably contains a support frame to move the movable guide plate the support frame contains a guide rod, to guide the movable guide plate and it's a manually operated locking device between the movable guide plate and the guide rod provided, to detachably the movable guide plate with the guide post to lock. Alternatively, the guide device contains a support frame to move the movable guide plate to support or support the containing support frame a guide screw to turn the movable guide to guide plate, and has the movable guide plate a nut for engagement with the guide screw.

According to the template reading confirmation mechanism In the present invention, the movable guide plate for mounting the recording device in a Cross direction relative within the predetermined range move to the original feed direction. It is therefore possible the position of the template reading confirmation mark that is on the Template is recorded as required to change. If auxiliary guides are provided, the auxiliary guides work  with the movable guide plate to form a Guide surface for the entire surface of the template to al len times to generate when the guide plate on any position. Therefore, the submission can be made through conveyed the original reading confirmation mechanism stably will.

According to a development of the present invention a template reading confirmation mechanism is created which is arranged in a document reader to a front to record the layer reading confirmation mark on a template, to enable confirmation that the submission by the Original reader has been read or not. The template Genetic confirmation mechanism includes a first guide Rungseinrichtung that a guide surface for a template provides that geför in a predetermined direction of conveyance is changed, wherein the first guide means a movable right guide plate, which is in a direction transverse to Conveying direction within a predetermined range is movable, contains a second guide device, the egg ne leadership area in an opposite relationship with of the guide surface of the first guide device together with the guide surface of the first guide device to work so that a guideway between the feet tion surfaces is formed, and being on the movable guide tion plate of the first guide device drawing device is attached to a template reading confirmation mark to record on the template if the Submission along the track is promoted.

The second guide device is preferably between a closed position in which the  orbit, and an open position at which the guideway is open, movable.

The recording device preferably comprises an inkjet printhead and the second guide The cleaning device contains an ink-absorbing material, to receive and absorb ink droplets from ejected from the printhead.

The second guide device preferably contains Way, a holding plate for holding the ink absorbent material and the holding plate is removable on the held second guide device.

The recording device preferably comprises se a marking element, which is impregnated with ink and a driver device for driving the marker elements between a recording position and one to retracted position, the marking element in Be contact with the guide surface of the second guide device device is brought to the recording position.

The second guide device preferably has Wise a roller and the marking element is in tion brought with the roller at the recording position.

The first guide device preferably contains Assign at least one auxiliary guide to at least one Section of the movable guide plate of the first guide is arranged to slide to the moveable re guide plate to attack, the movement of the little at least one guide is regulated so that the little at least an auxiliary guide with the movable guide plate works together to create a leadership space for the whole Form surface of the template at all times, if  the movable guide plate at some position inside is placed half of the predetermined range.

The first guide device preferably contains Way a support frame to the movable guide plate movable to hold, the mounting frame a Guide bar contains to move the movable guide plate lead and it is also a manually operated Verrie gelungseinrichtung between the movable guide plate and the guide rod provided to the movable guide plate lockable with the guide rod.

The first guide device preferably contains Way a support frame to the movable guide plate movably supported, the support frame a Füh contains screw to rotate the movable guide plate to guide bar and the movable guide plate a Nut for engagement with the lead screw owns.

In the template reading confirmation mechanism according to the Further development of the present invention can be movable guide plate which is the recording device holds in a transverse direction within the predetermined area relative to the original conveyor move direction. It is therefore possible to change the position of the Template reading confirmation mark placed on the template is drawn to change in the required manner. The second guide device has a guide surface which opposite the guide surface of the first guide device which is between a closed position, where the guideway is formed and an open one Move the position at which the guideway is open can. If a jam of the originals in the document reading confirmation  mechanism occurs, the second guide is opened net to the jammed originals in a simple manner and to remove quickly.

If the recording device consists of an ink jet printhead, contains the second guide direction an ink absorbing material to the inks to receive and absorb droplets from that Printhead were ejected to create the possibility open, soiling the originals with ink droplets prevent. If the auxiliary guides are slidable on both Ends of the movable guide plate of the first guide are provided, the auxiliary guides work together with the movable guide plate to form a guide area for the entire surface of the template for all To provide times when the movable Füh plate is in any position. The template is therefore stable through the template reading confirmation conveyed mechanism.

According to yet another embodiment of the present the invention becomes an original reading confirmation mechanism created, which is arranged in a document reader, around a template reading confirmation mark on a template to allow confirmation of whether the Template has been read by the template reader or Not. The master reading confirmation mechanism includes one first guide device which has a guide surface for a Provides submission in a predetermined conveying direction is promoted, the first guide device be contains movable guide plate that is transverse in one direction is movable with respect to the conveying direction, namely in within a predetermined range further includes one  second guide device, which has a guide surface in a Opposite the guide surface of the first guide device creates to match the guide surface of the first Leadership facility to collaborate and order a Füh training path between the guide surfaces, wherein the second guide means a movable guide plate contains in a direction transverse to the conveying direction in is movable within a predetermined range, wherein a first recording device on the movable guide tion plate of the first guide means is attached to a template reading confirmation mark on a surface of the Record the template while the template is running along the guide is promoted, a second recording device on the movable guide plate of the second Guide device is attached to a template reading Be confirmation mark on the other surface of the template draw while the template ge along the guideway is promoted.

Preferably, the movable guide plates of the first and second guide means removable coupled together at one end of each plate the same, for a common movement with each other, and where pullable at the other end of each movable guide plate attacks the auxiliary guides that are in a fixed position are arranged.

The first guide device preferably contains Way a support frame to the movable guide plate to be movable, the support frame being a guide rod to guide the movable guide plate ren and wherein a manually operated locking device between the movable guide plate and the  Guide rod is provided to move the movable guide locking plate releasably on the guide rod.

The first guide device preferably contains Way a support frame to the movable guide plate movably supported, the support frame a Füh contains screw to turn the movable guide guide plate, and being the movable guide plate a nut to engage the guide has screw.

In the template reading confirmation mechanism according to the yet another embodiment of the present invention the movable guide plate of the first guide device, which holds the first recording device, and the movable guide plate of the second guide device, which holds the second recording device in a be moved laterally, namely within a predetermined range with respect to the direction in which the submission is funded. Therefore not only Template reading confirmation marks on both surfaces of the Template can be recorded, but it can also Recording positions can be changed.

According to yet another embodiment of the present the invention provides a document reader, which an original feeding section, an original reading section and a template discharge section along a template has conveyor track, with a master conveyor roller between the template reading section and the template discharge section is arranged to for part of the original conveyor men, and wherein a template reading confirmation mechanism on the upstream side of the document feed roller is arranged, in a predetermined templates  direction of conveyance in the master conveyor and close to the Master conveyor roller. This template reading confirmation Mechanism includes a guide that a Füh area for a template that is included in the funding direction is promoted, the guide device a contains movable guide plate, which is in a transverse blue direction with regard to the conveying direction within a predetermined range is movable and wherein a Recording device on the movable guide plate the guide means is attached to an original reading confirmation mark on the template with a liquid, far some material while recording along the template the guide surface of the guide device is promoted and wherein a cleaning agent on the document feed roller is applied to entail contamination of the template distance caused by the template reading confirmation mark was gently, the detergent through the Füh rungseinrichtung is supported and a Be range of movement of the recording device with the be extending guide plate extends.

With the document reader according to the still further Aus design of the present invention extends the Detergent (cleaner), which from the leadership device is supported over a range of motion the recording device with the movable guide plate. It can therefore contaminate the originals conveyor role caused by the master reading confirmation mark that was recorded on the template be removed casually and quickly.

According to yet another embodiment of the present the invention provides a document reader, which  summarizes: an original feed section, an original reading section and a template discharge section that runs along a master conveyor are arranged and wherein a front layer conveyor roller between the document reading section and the Template discharge section is arranged to be part of the Form a template conveyor, and being a template reading Be actuating mechanism on the upstream side the document feed roller is arranged, in one predetermined original conveying direction in the original conveyor track and close to the master conveyor roller. This Original reading confirmation mechanism includes a guide Rungseinrichtung that a guide surface for a template provides which is funded in the direction of funding, where the guide device ent a movable guide plate holds that in a transverse direction the conveying direction within a predetermined range is movable, and wherein a recording device on the movable guide plate of the guide device attached is to put a template reading confirmation mark on the template to record using a liquid colored material, while the template along the guide surface of the guide tion device is promoted, and being a cleaning medium is applied to the document feed roller to a Contamination on the template caused by the template genealogical confirmation stamp to remove, the Reini means by the guide for a common same movement supported with the movable guide plate and with the detergent in alignment with the Recording device is arranged on the moveable Ren guide plate attached in the original conveying direction is.  

With the document reader according to the still further Aus design of the present invention is cleaning medium supported by the movable guide plate so that it moves together with the movable guide plate and that it is aligned with the recorder is arranged, which is attached to the movable guide plate is, in the direction in which the template is is changed. Therefore, the templates become dirty conveyor role caused by the master reading confirmation stamp that was recorded on the template casually and quickly eliminated.

According to yet another embodiment of the present the invention provides a document reader, which contains a main frame, a subframe that swivels attached to the main frame to move between a ge closed position and an open position regarding of the main frame to be pivoted, the main frame and the subframe have an interface in between, also a master conveyor that runs along the interface formed between the main frame and the subframe is, an original feed section, an original reading section and a template discharge section that runs along the template conveyor track are arranged and a Vorla Genesis confirmation mechanism between the template reading section and the template discharge section is arranged. The template reading confirmation mechanism includes a first one Guide device that has a guide surface for a template provides, which is funded in the direction of funding is, the first guide means being movable Guide plate contains that in a transverse Rich with regard to the direction of conveyance within a prep  certain range is movable, with a second guide approximately a guide surface in an opposite relationship to the leadership of the first leader provision device provides with the guide surface of the he Most management facility to work together and training path between the guide surfaces, wherein a recording device on the movable guide tion plate of the first guide means is attached to to include a template reading confirmation mark on the template draw while the template is along the guideway is promoted, the second guide device pivoting bar is attached to the first guide means to betwe closed position in which the guideway is formed, and an open position in which the guide is open to be pivoted, and the Pivotal movement of the subframe between the closed Position and the open position with respect to the main frame mens the pivoting movement of the second guide device between the closed position and the open position assigned.

With the document reader after the further issue staltung of the present invention is the pivoting movement of the subframe between the closed position and the open position with respect to the main frame of the swivel movement of the second guide device between the ge closed position and the open position. It is therefore possible quickly with the appearance of a template jams in the master reading confirmation mechanism or ir to cope with part of the master conveyor.

According to a further embodiment of the present Invention is created a document reader, which a  Housing which contains: a document feeder cut, a template reading section and a template discharge section, which is along a master conveyor are arranged, a portion of the housing being an openable Door at an intermediate zone between the originals reading section and the template discharge section, so that the portion of the housing at least partially clear can be placed, and a template reading confirmation Mechanism arranged in the intermediate zone is to print a template reading confirmation mark on a template to record whether or not the Template has been read by the template reader or not, with the template reading confirmation mechanism there through is accessible by opening the openable door becomes.

With a document reader according to the further execution Form of the present invention is a portion of Housing formed by an openable door so that the intermediate zone between the original reading section and the template discharge section is at least partially exposed can be and the possibility is offered that the Vorla Genesis confirmation mechanism in the original reader can be used even after the document reader has been manufactured and sold.  

The present invention can be better understood from the fol description of preferred embodiments understood with reference to the accompanying drawings in which:

Fig. 1 is a perspective view of the document reader according to the present invention;

Fig. 2 is a schematic cross-sectional view illustrating the internal elements in the document reader of Fig. 1;

Figure 3 is a plan view, on an enlarged scale, of the original reading confirmation mechanism of the present invention, taken along lines III-III in Figure 2, with some elements omitted for clarity of the figure;

Fig. 4 is an elevation view of the master reading confirmation mechanism seen in the direction IV of Fig. 3;

Fig. 5 is an end view of the master reading confirmation mechanism of Figs. 3 and 4;

Fig. 6 is a perspective view of the movable guide plate and the auxiliary guide slidably engaged at one end of the master reading confirmation mechanism shown in Figs. 3 and 4;

Fig. 7 is a plan view illustrating a relationship between the maximum width of the original and the auxiliary guides at both ends thereof when the movable guide plate is in the central position;

Fig. 8 is a plan view showing a relationship Zvi rule of the maximum width of the document and the Hilfsfüh approximations at both ends thereof illustrated, when the movable guide plate is in the printing position according to the right end;

Fig. 9 is a plan view illustrating the relationship between the maximum width of the original and the auxiliary guides at both ends thereof when the movable guide plate is in a printing position toward the left end;

Fig. 10 is a partial plan view of the print head and the ink jet print head, which are attached to the movable guide plate;

Fig. 11 is a side view of the printhead and the ink jet printhead viewed in the direction XI of Fig. 10, illustrating the attachment and detachment of the printhead;

Fig. 12 is a cross-sectional view of the printhead and ink jet printhead taken along the line XII-XII of Fig. 10, illustrating a manually operable means for positioning and locking the printhead;

Fig. 13 is a plan view of the automatic actuation device for tioning and fixing the printhead to this position;

Fig. 14 is an end view of another example of the movable guide assembly which forms part of the pre-reading confirmation mechanism;

Fig. 15 is a partial bottom view of the original reading confirmation mechanism of Fig. 14;

Fig. 16 is a partial sectional view similar to Fig. 12 of the modified document reading confirmation mechanism of the present invention;

Fig. 17 is a partial plan view of the original reading confirmation mechanism of Fig. 16;

Fig. 18 is a plan view similar to FIG. 3 of the pre-read confirmation mechanism according to another embodiment of the invention;

Fig. 19 is a cross-sectional view of the master reading confirmation mechanism of Fig. 18, illustrating the marker which is mounted on the movable guide plate;

Fig. 20 is a longitudinal sectional view of the original reading confirmation mechanism of Fig. 18, illustrating the marker which is mounted on the movable guide plate;

Fig. 21 is a longitudinal sectional view of the marking roller in the marking device;

Fig. 22 is a cross-sectional, cross-sectional view similar to Fig. 19, of the original reading confirmation mechanism, which can mark read confirmation marks on both surfaces of the original;

Fig. 23 is a longitudinal cross-sectional view of the original reading confirmation mechanism of Fig. 22, illustrating a relationship between the maximum width of the original and a recording zone; and

Fig. 24 is a partial perspective view of the right end portion of the movable guide plate of Fig. 22.

DESCRIPTION OF THE PREFERRED EMBODIMENTS

The present invention will now be described with reference to various embodiments, which are illustrated in FIGS. 1 to 24 according to the accompanying drawings.

Fig. 1 shows the appearance of a document reader with a document reading confirmation mechanism according to the present invention, and Fig. 2 shows schematically elements in the document reader. The document reader to summarizes a housing 10 and an openable or schwenkba res housing 12 which is pivotally attached to the housing 10 be. The pivotable housing 12 can rotate between a closed position and an open position about a pivot axis 14 (indicated by X in FIG. 1). Is 12 in Figs. 1 and 2, the pivotable housing is in the closed position and is (not shown) by a suitable locking device locked. The pivotable housing 12 can be rotated from the closed position to the open position in a direction indicated by arrow A ( Fig. 2). In Fig. 1, the reference numeral 16 denotes a control panel, which is provided on the right section from the front end surface of the pivotable housing 12 .

Referring to FIG. 2, the original reading apparatus has a Vorlagenzuführabschnitt 18 on the front side of the bottom part of the housing 12. The Vorlagenzuführabschnitt 18 includes a feed table 20, which were a stack S of advantages which are to be read, holding, wherein the feed is pivotally supported by a shaft 22 table 20 to be rotated in the direction of arrow B. A bo gene-shaped rack 24 is fixed to the bottom of the Zuführi cal 20 at a substantially central portion thereof. The rack teeth are formed in the GE curved rack 24 along an arc having a center on a longitudinal axis of the shaft 22 be. A pinion 26 is engaged with the rack teeth of the curved rack 24 and is concentrically attached to a pulley 28 which is rotatably supported in the housing 12 . The pulley 28 is driven for rotation by a suitable drive source, such as a stepper motor 30 , via an endless drive belt 32 and the feed table 20 can be pivoted about the shaft 22 . That is, the feed table 20 is pivoted down to the bottom of the housing 12 or upwards, which depends on the direction of rotation of the stepping motor 30 . In Fig. 1, reference numeral 33 denotes a pair of side guide plates to limit the side surfaces of the stack of sheets S on the feed table 20 . The pair of side guide plates 33 are movable depending on the width of the original.

At the rear of the feed table 20 , a gate plate 34 is provided near the rear end thereof, and the stack of originals S is held stably by the feed table 20 due to the provision of the gate plate 34 when the feed table 20 is pivoted. If the gate plate 34 is not provided, the original stack S falls from the feed table 20 when it is inclined relative to the horizontal plane. However, the original stack S is prevented from falling by the provision of the gate plate 34 . A template discharge roller 36 and an original separation roller 38 are arranged above half of the gate plate 34 so that the Vorlagenab is transfer roller 36 with the upper surface of the original stack S in plant and the original separation roller is in abutment with the endless belt a template separation belt arrangement 40 38th The master separation roller 38 has a shaft which is rotatably supported by a suitable bearing (not shown) which is fixed in the housing 10 , and the master discharge roller 36 has a shaft which is rotatably supported by a pair of side plates 42 (in Fig. 2 is shown only one of them) which are pivotally attached to the shaft of the master separator roller 38 on both sides of the latter. Accordingly, the original delivery roller 36 can swing around the shaft of the original separation roller 38 . The original separation roller 38 is driven by a suitable electric motor (not shown) and the original discharge roller 36 receives the driving torque from the original separation roller 38 via a gear mechanism (not shown) which is arranged in one of the side plates 42 .

The operation of the document feed section 18 will be briefly described. First, before the stack S of originals is fed thereon, the feed table 20 is pivoted to the lowermost position by the stepping motor 30 driving, so that the feed table 20 is pivoted downward. When the feed table 20 is pivoted to the lowest position, the lower end of the arcuate rack 24 is detected by a suitable sensor 44 and the stepper motor 30 is no longer driven. The stepper motor 30 is then driven so that the feed table 20 can swing up after the stack S of the Vorla conditions has been applied to the feed table 20 . The upward movement continues until the upper surface of the document stack S is detected by a sensor 46 . That is, when the top surface of the document stack S is detected by the sensor 46 , the stepping motor is stopped.

When the document delivery roller 36 is rotated, a pair of documents can be delivered on top of the document stack S under the upper end of the gate plate 34 , and the front ends of the documents are inserted into an intermediate region between the document separation roller 38 and the endless belt of the document separation belt assembly 40 . The frictional force of the master separator roller 38 which acts on the master is larger than the frictional force between the master and the frictional force of the endless belt of the master separating belt assembly 40 which acts on the master is larger than the frictional force between the master and therefore becomes , separated only the uppermost original in contact with the original separation roller 38 by the restli chen templates and 38 is supplied and by the endless belt of the templates separating belt assembly 40 by the separation roller templates. In this way, who the documents are separated sequentially and one by one from the original feed section 18 , and the height of the stack of documents S decreases accordingly. At this moment, the stepping motor 30 is driven again to pivot the feed table 20 upward, but it will stop the upward rotating motion when the top surface of the stack S of the originals is detected by the sensor 46 . This means that with the decrease in the height of the document stack S, the feed table 20 is gradually pivoted upwards and that the document stack S assumes an optimal delivery position at all times.

The output from the document feed section 18 is conveyed along a document conveying path 48 which is formed by a plurality of pairs of document conveying rollers 50 , 52 , 54 , 56 and 58 which are arranged at appropriate intervals, and by guide plates (not shown) is formed, which are arranged between these original conveying rollers in a suitable manner. Almost in the middle of the document conveying path 48 , a document reading section is arranged, the document reading section being formed from optical document reading units 60 and 62 , which are arranged on both sides of the document conveying path 48 , as shown in FIG. 2. An optical original reading unit 60 is held by the Ge housing 10 and the other optical original reading unit 62 is held by the pivotable housing 12 tert. When the original passes through the optical original reading units 60 and 62 and along the original conveying path 48 , the data recorded on both surfaces of the original are read by the respective optical original reading units 60 and 62 . Even if the data is only recorded on one surface of the original, the data is read by one of the optical original reading units 60 and 62 . The optical template reading units 60 and 62 are constructed in essentially the same way and are equipped with suitable image reading devices, such as CCD (charge-coupled device) cameras 60 a, 62 a, and optical systems 60 b, 62 b, which are used in the CCD Cameras 60 a, 62 a are installed, permitted, and also contain light sources 60 c, 62 c, such as fluorescent lamps, light-emitting diode arrays, etc., in order to illuminate suitable sections, ie document reading sections, along the document conveyor path 48 . The original is illuminated by the light sources 60 c, 62 c when it passes through the template reading section, and the reflected light is guided to the CCD cameras 60 a, 62 a via optical systems 60 b, 62 b; ie the CCD cameras 60 a, 62 a optically read the data recorded on the template and the read data are processed by a controller (not shown) including a microcomputer.

The original, which has passed through the optical original reading units 60 , 62 , is discharged into an original delivery section 64 with the aid of an end pair of original conveyor rollers 58 , which function as original rollers. The document discharge section 64 is provided in the pivotable housing 12 , above the optical document reading unit 62 . The Vorla accurately supporting portion 64 includes a document receiving table 66 and a template holding plate 68 which is disposed at the back of the original receiving table 66th The read original is carried out on the original reception table 66 and, as indicated at S ', is stacked. If the originals jam in the course of the original conveyor track 48 , the pivotable housing 12 is pivoted into the open position so that the originals can be removed in a simple manner.

In this document reader, when a plurality of documents are fed at one time from the document feed section 18 , the data recorded on the overlapping areas of the documents are not read. Incidentally, the original discharge unit is unable to determine which originals are fed in duplicate. However, according to the present invention, an original reading confirmation mechanism 20 is interposed between the original delivery rollers 56 and the original delivery rollers 58 as shown in Fig. 2, and it is confirmed by the original reading confirmation mechanism 70 whether the data of the original has been read that or not. The document reading confirmation mechanism 70 includes, for example, an ink jet printhead 72 . A suitable template reading confirmation mark, such as a suitable symbol or file number, is printed on the template that has passed through the optical template reading units 60 and 62 , and it is then possible to later ensure whether or not the data of the templates has been read . For example, if the templates are promoted in duplicate, the template reading confirmation mark is not recorded on the lower template. It can therefore be confirmed whether or not the data of the templates have been read, depending on the presence or absence of the template reading confirmation mark.

FIGS. 3 to 5 show details of the Vorlagenle se confirmation mechanism 70 according to an embodiment of the present invention. The document reading confirmation mechanism 70 includes a guide that provides a guide surface for the document that is conveyed along the document conveying path 48 . The guide device has a support frame 74 which is held by a main frame 75 of the housing 10 . The support frame 74 comprises in particular a rectangular plate 76 ( Fig. 3), which extends transversely to the original conveyor path 48 , also inclined plates 78 a and 78 b ( Fig. 5), which extends from the rectangular plate 76 on both sides thereof extend at angles relative to the plate 76 on opposite sides of the original conveyor 48 , end plates 80 projecting upward from the rectangular plate 76 at both ends thereof, and mounting plates 82 extending outward from the upper portions of the end plates 80 at right angles protrude. The mounting plates 82 are attached to mounting seats 75 a, which is different from the. Main frame 75 to extend inwards.

Subordinate frames 84 of the swivel housing 12 are shown in FIGS. 3 to 5. The subframes 84 are pivotally supported by short shafts 76 that extend inwardly on both sides of the main frame 75 , the pivot housing 12 being able to rotate between the closed position and the open position, as previously described. The axes of the two short shafts 86 coincide with the pivot axis 14 of the pivot housing 12 , as shown in FIG. 2. 3 and 5 as is evident from the Fig., The pair of original conveying rollers 56, 58 on the one hand supported by the main frame 75 and on the other hand supported by the subframe 84 are. In order to simplify the drawing, the original conveying rollers 56 and 58 are omitted in FIG. 4. The master feed rollers 56 and 58 , which are supported by the main frame 75 , are drive rollers to which a rotary drive force is transmitted from a suitable common drive source, such as a stepper motor (not shown) via a transmission device, such as a drive belt or Gear train, wherein the original conveyor rollers 56 and 58 , which are supported by the subordinate frame 84, are driven rollers. This also applies to the other pairs of feed rollers 50 , 52 and 54 . In Fig. 5, the subordinate frame 54 is shown by a solid line in the closed position, while the subordinate frame 84 is shown by a half broken line in the open position. According to the above-described arrangement, even if the templates jam in the original conveying path 48 , the originals can be easily removed simply by pivoting the swing housing 12 to the open position. In addition, maintenance and checking can be carried out very quickly, since the inside of the original reader is easily accessible.

The rectangular plate 76 of the support frame 74 has a rectangular opening 88 which is formed in the longitudinal direction thereof and there is a movable guide plate 90 in the rectangular opening 88 arranged in the longitudinal direction, the length of the movable guide plate 90 being shorter than the length the right corner-shaped opening 88 . The movable guide plate 90 not only provides a guide surface for the original, which is conveyed by the original feed rollers 56 and the original feed rollers 58 , but also provides a print head mounting portion for the print head 72 .

In particular, the central portion of the movable guide plate 90 serves as a printhead mounting portion, and the upright walls 92 and 94 are integrally formed with the printhead mounting portion on both sides thereof. The printhead 72 is removably attached between the upright walls 92 and 94 , which will be described later. On an outer surface of the upright wall 92 is provided in front of a jumping part 96 , the projecting part 96 being brought into sliding contact with the rectangular plate 76 of the support frame 74 . On the outer surface of the other upright wall 94 , a support arm 98 is provided with a U-shaped cross section, wherein the support arm 98 has holes or openings which are introduced into opposite side walls to receive a guide rod 100 slidably. The guide rod 100 is disposed along the longitudinal direction of the right corner opening 88 and is supported by the plates 80 at both ends of the support frame 74 , whereby the movable guide plate 90 is allowed to move in the rectangular opening 88 along the longitudinal direction thereof.

The movable guide plate 90 has a slot 102 which is formed on the printhead mounting portion and extends from the inner surface of the upright wall 92 to the upright wall 94 . When the printhead 72 is attached to the printhead mounting portion, the ink jet nozzles of the printhead 72 are exposed to the opposite side of the movable guide plate 90 through the slot 102 , and ink droplets can be ejected from the ink jet nozzles onto the original through the slot 102 . According to the above-described arrangement, if the movable guide plate 90 with the print head 72 is allowed to move in the transverse direction to the original traveling direction, it is possible to place the original reading confirmation mark at any position along the original width or width to record. That is, the template confirmation mark can be recorded at any position, not only at the edge area of the front or rear end of the template, but also at an edge area of the right and left ends of the template.

In the rectangular opening of the rectangular plate 76 of the support frame 74 are slidable or slidably arranged at the end zones of the same auxiliary guides 104 . The auxiliary guides 104 cooperate with the movable guide plate 90 , thereby creating the guide surface for the template. As best shown in Fig. 6, each of the auxiliary guides 104 has a rectangular shape and be tenwand 104 a extend from the side edges of the auxiliary guide 104 upwards. The auxiliary guides 104 are slidably supported in grooves 80 a, which are formed in the end plates 80 of the support frame 74 . The auxiliary guides 104 have upright pieces 104 b, which are formed independently of the side walls 104 a at the inner ends of the auxiliary guides 104 on both side edges or edges. The distance between the upright pieces 104 b on both side edges is slightly smaller than the distance between the side walls 104 a.

Side extensions 106 extend from the upright pieces 104 b at right angles to the outside and are in sliding engagement with the side edges of the rectangular opening 88 . The upright pieces 104 c are hanging together or in one piece with the side walls 104 a at the outer ends of the auxiliary guides 104 on both side edges of the same and further extend lateral extensions 107 from the upright pieces 104 c at right angles to the outside. When the auxiliary guides 104 move inward, ie move toward the center of the movable guide plate 90 , the side extensions 107 come into contact with the outer surfaces of the end plates 80 to limit the inward movement of the auxiliary guides 104 . As best shown in Fig. 5, the support plates 108 and 109 are mounted on the inclined plates 78 a and 78 b of the support frame 74 b on both sides thereof and it extends to the lower side of the rectangular opening 88 to to hold the auxiliary guides 104 slidably. The auxiliary guides 104 can therefore move in a stable manner along the rectangular opening 88 .

Such as 3 and 6 is apparent from the Fig., The jewei then half portions of the movable guide plates 90 are ten slidably supported in the auxiliary guides 104, so that the auxiliary guides 104 are telescopically fitted to the end portions of the respective half portions of the be wegbaren guide plate 90. The side projections 90 a are formed at the ends of the movable guide plate 90 on both side edges thereof, the outer size between the outer surfaces of the since projections 90 a corresponds to the inner size of the inner surfaces of the side walls 104 a of the auxiliary guide 104 . The outer size between the outer surfaces of the lateral projections 90 a is larger than the size between the inner surfaces of the upright pieces 104 b of the auxiliary guide 104 . Therefore, the side projections 90 a of a half ben portions of the movable guide plate 90 abut against the upright portions 104 b of the auxiliary guide 104 . As best shown in Fig. 6, on the other hand, shoulder portions 92 a and 94 a are formed on the movable guide plate 90 on the upright walls 92 and 94 . The shoulder sections 92 a and 94 a can abut against the upright sections 104 b of the auxiliary guides 104 .

This arrangement of the auxiliary feeding guides 104, the slidable the movable guide plate 90 engages the movable guide plates 90 may provide a guide surface for the entire surface of the document in cooperation with the auxiliary feeding guides 104, without unduly increasing the length of the movable guide plate 90 when the movable guide plate 90 is moved anywhere to record the original reading confirmation mark on the original at any position thereof. This will be described further.

If according to FIG. 7, the movable guide plate is placed at the central position in base 90 in order to record the same BEFORE position read confirmation mark on the template at the center and when the maximum width of the document corresponding to the full length of the movable guide plate 90, the movable Guide plate 90 alone provide a guide surface for the entire surface of the template.

If, as shown in Fig. 8, the movable Füh approximately plate 90 according to the printing position to the right En de is moved to the same record original reading confirmation mark on the template at the right end, the movable guide plate 90 can not guide surface for the left Offer surface section of the template and in this case a guide surface for the left surface section of the template is provided by the left auxiliary guide 104 . If according to FIG. 9, similar to the case of Fig. 8, the movable guide plate 90 is moved to the printing position according to the left end to the same be printed document reading confirmation mark on the template at the left end, the movable guide can plate 90 no guide surface provide for the right surface portion of the template and in this case a guide surface for the right surface portion of the template is provided by the right auxiliary guide 104 . When the movable guide plate 90 is moved depending on a selected recording position of the original reading confirmation mark, the auxiliary guides 104 are appropriately moved and follow the movement of the movable guide plate 90 with the side extensions 106 in abutment with the side projections Stand 90 a or with the shoulder sections 92 a and 94 a.

In the construction described above, it is evident that the movable guide plate 90 and the auxiliary guides 104 work together to provide a guide surface for the entire surface of the template without unduly increasing the length of the movable guide plate 90 . If it is desired that only the movable guide plate 90 provide a guide surface for the entire surface of the original that has a maximum width without using the auxiliary guides 104 , it is necessary to lengthen the movable guide plate 90 to increase, which is approximately twice the length of the movable Füh guide plate 90 when the auxiliary guides 104 are used ver. In such a case, the range of movement of the movable guide plate 90 is increased considerably and a correspondingly large housing 10 must be used to accommodate the movable guide plate 90 . In Figs. 7 to 9, the length of the movable guide plate 90 corresponds to the maximum width of the original. However, it is possible to change the length of the movable guide plate 90 so that the maximum width of the original may be larger or smaller than the length of the movable guide plate 90 , and in this case it is possible to relate the length of the movable guide plate 90 to determine the width of the housing 10 of the Modellele segerätes.

As described above, for submission by the guide means, which approximately plate movable Füh 90 and contains the auxiliary feeding guides 104, created a guide surface when the template between the document feed rolls 56 and document feed rolls is promoted 58th Another guide device is preferably required in order to create a further guide surface in an opposite relationship to the first mentioned guide surface in order to promote the template stably. In this embodiment, the last re guide device comprises an openable or movable guide arrangement 110 (FIGS . 4 and 5). In Figs. 4 and 5, the movable guide assembly 110 is corner-shaped under the right plate 76 of the support frame 74 arranged and has approximately the same size and same Ge Stalt as the rectangular plate 76. A guide path 111 is thus formed by the opposing guide surfaces between the template conveying rollers 56 and the template conveying rollers 58 , the guide path 111 forming part of the template conveying path 48 .

From the movable guide assembly 110 arms 110 a hang down and from the rectangular plate 76 of the support frame 74 hang from arms 76 a down, the arms 76 a and 110 a are arranged on the side near the original discharge rollers 58 . Short shafts 112 extend from the lower ends of the arms 76 a of the rectangular plate 76 and the arms 110 a of the movable guide arrangement 110 are pivotally connected to the short shafts 112 , so that the movable guide arrangement 110 pivots about the short shafts 112 leaves. In Fig. 5, the movable guide assembly 110 is never shown by the extended Li when it is in the closed position and is shown with a two-point chain line when it is in the open position. Stops 76 b are on the lower side of the two ends of the rectangular plate 76 of the support frame 74 near the original feed rollers 56 fits. The stops 76 b define the closed position of the movable guide arrangement 110 . That is, as is apparent from FIGS . 4 and 5, that the movable guide arrangement 110 is closed when it is brought into contact with the stops 76 b. The movable guide assembly 110 is equipped with leaf springs 110 b near the ends of the movable guide assembly 110 and near the document feed rollers 56 . The leaf springs 110 b engage the subordinate frame 86 . Therefore, when the pivotable housing 112 is brought into the closed position, the leaf springs 110 b are resiliently deformed after they have attacked the subordinate frame 84 so that the movable guide assembly 110 is resiliently pressed against the stops 76 b and in locked in the closed position. When the pivotable housing 12 is pivoted from the closed position to the open position, the movable guide assembly 110 is unlocked and can be pivoted from the closed position to the open position.

Figs. 10 to 12 show the print head 72, which is on the print head mounting portion of the movable guide plate 90 is mounted. In particular, the print head 72 is arranged between the upright walls 92 and 94 and is secured by a fork-shaped locking lever 114 which can be unlocked. From FIGS. 10 and 12 show that the locking lever 114 has a pair of arms 114 a and equally inclined surfaces 116 a and 116 b at the lower ends of the arms 114 are formed a with an obtuse angle between the inclined surfaces 116 a and 116 b as shown in FIG. 11. The arms 114 a are arranged between the upright walls 92 and 94 and are rotatably attached to the upright walls 92 and 94 by pivot pins 114 b which protrude from the upright walls 92 and 94 near the lower ends. The pivot pins 114 b are arranged at positions that are offset from the longitudinal axis of the arms 114 a. Therefore, the distance between the pivot axis of the pivot pin 114 b and the inclined surface 116 a is shorter than the distance between the pivot axis of the pivot pin 114 b and the inclined surface 116 b. As will be described later, the inclined surface 116 b functions as an unlocking surface and the inclined surface 116 b functions as a locking surface.

At the upper portion of the locking lever 114 , an actuator 114 c is provided to the locking lever 114 between the locking position, which is indicated by a solid line, and the unlocked position, which is indicated by a two-dot chain line ( Fig. 11) is to move. The print head 72 contains extensions 72 a at the bottom thereof and a circuit board 72 c is arranged on the bottom side of the print head 72 a via an elastic material, such as a rubber plate 72 b. When the printhead 72 is assembled, the lock lever 114 is brought into the unlocked position (two-dot chain line), and in this state, the printhead 72 is inserted into the printhead mounting portion in the direction of the arrow C ( Figs. 10 and 11) . Then, when the print head 72 is brought into a predetermined position, which is shown in FIGS. 10 and 11, the extensions 72 a ( FIG. 11) of the print head 72 under the locking surface 116 a of the locking lever 114 are placed . Then the locking lever 114 is pivoted from the unlocked position (chain line with two dots) into the locking position (solid line), the locking surface 116 b of the locking lever 114 is pressed onto the extensions 72 a of the printhead 72 and at the same time experiences the Rubber plate 72 b of the print head 72 to a certain extent a compression deformation. As a result, the printhead 72 is held firmly in the printhead mounting section. Therefore, the ink jet nozzle is exposed above the open slot 102 and ink droplets can be ejected from the ink jet nozzle toward the original through the open slot 102 .

The printhead 72 can move together with the movable guide plate 90 in a transverse direction relative to the guide path. 111 move, so that it is possible to write the original reading confirmation mark on the template in any position using the print head 72 . However, in order to ensure the recording of the master reading confirmation mark on the master at any position, the print head 72 must be positioned at a selected position in the transverse direction relative to the guideway 111 and must be fastened there. In this embodiment, the support arm 98 , which is attached to the outer surface of the upright wall 94 , has a positioning and locking mechanism 118 which includes a locking lever 120 and a support lever 122 , as shown in FIGS . 10 and 12. The locking lever 120 has a U-shaped frame 120 a, which is integrally formed at the lower end thereof, and the U-ge designed frame 120 a is rotatably supported by a shaft 98 a, which on both side walls of the support arm 98th be fixed. As best shown in FIG. 12, the locking lever 120 is coupled at its lower end to a leaf spring 124 which is almost L-shaped and the leaf 124 is attached to the rear wall surface of the bracket 98 . A suitable friction member, such as a friction plate 126 made of rubber, is attached to the leaf spring 124 and is resiliently pressed onto the guide rod 100 by the resilient force of the leaf spring 124 .

The support lever 122 is integrally formed with the rear wall of the bracket 98 and is aligned with the locking lever 120 in the direction perpendicular to the guide rod 100 . Referring to FIG. 12, the locking lever 120 has the possibility to turn, between a locking position indicated by a solid line, and an unlocked position, which is indicated by a chain line with two dots. That is, the locking lever 120 and the mounting lever 122 are gripped by the operator's thumb and forefinger to pivot the locking lever 120 . As is apparent from the above description, when the locking lever 120 is brought into the locked position, the friction plate 126 is elastically pushed onto the guide rod 100 and is brought into frictional engagement therewith. Since the support arm 98 does not slide relative to the guide rod 100 . That is, the print head 72 and the movable guide plate 90 are fixed in positions shown in Figs. 10 and 12. On the other hand, when the locking lever 120 and the support lever 122 are gripped by the operator's thumb and forefinger to pivot the locking lever 120 into the unlocked position, these levers 120 and 122 are moved along the guide rod 100 to the support arm 98 together with the Printhead 72 and the movable Füh approximately plate 90 to move in a transverse direction relative to the guide path 111 . That is, by using the above-mentioned positioning and locking mechanism 118 , the print head 72 can be moved to any position and can be secured in a position along a transverse direction of the track 111 .

In operation of the above-mentioned original reading confirmation mechanism 70 , before the reading operation is performed by the original reading device shown in Figs. 1 and 2, the positioning and locking mechanism 118 is manually operated to move the print head 72 to a predetermined one Position in the transverse direction of the guide path 111 , depending on the size of the original and the position where the original read confirmation mark is to be recorded. The original reader is then started and the printhead 72 also operates in a predetermined timing, which depends on the size of the original. An original reading confirmation mark is recorded on the original at the selected position thereof as the original passes through the guideway 111 . The printhead 72 is constructed so that, for example, a 16 × 16 dot matrix letter, a file number or a suitable symbol is printed on the original as a template reading confirmation mark.

The housing 10 contains a portion 10 a in the form of a hinged door that rotates about the axis X, as shown in Fig. 1. The pivotable door 10 a includes a suitable releasable locking mechanism (not shown) and is normally held in the closed position. After unlocking of the Verrie gelungsmechanismus the hinged door 10 is a possibility to open, as shown by arrow D. In this state, the positioning and locking mechanism 118 can be operated by hand. It is also possible to gain access to the master reading confirmation mechanism 70 while the swing door 10 a is open.

In the case of ink jet printhead 72 , the ink jet nozzle may be clogged and an operator may attempt to temporarily operate the ink jet nozzle to eject droplets of ink prior to actually using the master read confirmation flag to remove the clogged condition, as is well known. In this case, there is no original in the guide path 111 and the ink droplets can adhere to the guide surface of the movable guide assembly 110 , and then when the original reading confirmation mark is recorded on a subsequently released original, the original with the adhered ink can ver get dirty. Therefore, the movable guide assembly 110 in this embodiment includes an ink absorbing strip 128 as shown in Fig. 12, so that the ink absorbing strip 128 is also a guide surface for the original. Preferably, the ink absorbing strip 128 is made from a composite structure that has been used as a paper diaper or sanitary napkin. The ink that has once been absorbed by the ink absorbing strip 128 no longer spills out onto the surface. Therefore, the original is not soiled with ink.

When the original on which an original reading confirmation mark has been recorded passes through the original conveying rollers 58 , the drive roller thereof may be soiled with the ink of the original reading confirmation mark on the original. That is, if the original reading confirmation mark is printed on the original by the print head 72 and then conveyed to the original conveying rollers 58 , the surface of the roller may be contaminated with the ink of the original reading confirmation mark. The soiled roll in turn soils the following templates. Therefore, a cleaning device 130 , which is made of felt or blotting paper, for example, is adapted to the drive roller 58 in this embodiment, so that the cleaning device 130 contacts the surface of the master roller 58 , as best shown in FIG . The cleaning device 130 is held by a mounting plate 132 which projects in the manner of a cantilever from the inclined plate 72 b of the support frame 74 a. The mounting plate 132 extends over a recording area of the printhead 72 and the Reinigungsvor device 130 extends in the same length as the mounting plate 132 , as shown in Fig. 3. Therefore, even if the original feed roller (drive roller 58 ) is dirty with the original read confirmation mark on the original, the dirt is quickly wiped off by the cleaning device 130 .

The above-described embodiment shows the position locking mechanism 118 which is operated by hand to bring the print head 72 into a desired position along the transverse direction of the guide path 111 . However, it is also possible to automatically move and position the print head 72 . In the modified embodiment, which is shown in Fig. 13 ge, for example, a guide screw 100 'is used instead of the guide rod 100 and is rotatably supported between the end plates 80 of the support frame 74 via La ger 134 . A nut 136 is chert gesi through the upright wall 94 of the movable guide plate 90 and is engaged with the lead screw 100 '. Furthermore, a gear 138 is attached to the end of the guide screw 100 'and meshes with a gear 142 which is fitted to an output shaft of a suitable drive motor, such as a stepper motor 140 . By driving the stepper motor 140 , the nut 136 moves along the lead screw 100 'and the printhead 72 on the movable guide plate 90 is moved to any position and is secured along a transverse direction of the guide way 111 . The stepper motor 140 is controlled by a controller in the document reader. Such a control operation is carried out when the operator sets and inputs a position for recording the original reading confirmation mark.

In the embodiment shown in Figs. 3 to 12, if the ink absorbing strip 128 is excessively soiled, the originals are then soiled by the ink absorbing strip 128 . As a result, the ink absorbing strip 128 must be replaced periodically. In this embodiment, the ink absorbing strip 128 can be replaced by opening the movable guide assembly 110 . However, even when the movable guide assembly 110 is set in the open position, the support frame 74 is positioned immediately above the open movable guide assembly 110 , and thus replacing the ink absorbing strip 128 becomes a relatively tedious process.

FIGS. 14 and 15 show the modified exporting approximate shape of the movable guide assembly 110. The be movable guide assembly 110 'according to this modified embodiment is constructed so that the ink from sorbing strips 128 can be easily replaced. In particular, the movable guide assembly 110 'includes a pair of guide plates 144 and 146 which extend in a transverse direction relative to the original conveying direction, and end plates 148 which are contiguously or integrally appended from the ends of the guide plates 144 and 146 . Portions of the end plates 148 are formed as arms 110 a 'and are pivotally supported by short shafts 112 , which project from the arms 76 a of the right corner-shaped plate 76 . Between the guide plates 144 and 146 , an opening is formed in the longitudinal direction, and there are guide rail parts 144 a and 146 b on the lower side of the guide plates 144 and 146 along the opening in the longitudinal direction ( Fig. 14). Between the guide plates 144 , 146 and the guide rail parts 144 a, 146 a, guide slots are formed and a holding plate 150 , which holds the ink absorbing strip 128 , is inserted into the guide slots so that it can be pulled out. The ink absorbing strip 128 is attached to the holding plate 150 by means of an adhesive, a double-sided adhesive tape or the like.

A protrusion extends integrally or coherently from the end of the support plate 150 . If the holding plate 150 is completely ge in the guide slots, the projection 150 a is fixed by a screw 152 on the end plate 148 . In this movable guide assembly 110 ', the holding plate 150 can be easily pulled out of the guide slots by removing the screws 152 so that the ink absorbing strip 128 can be replaced quickly and easily. In Fig. 15, reference numerals 144 b and 146 b indicate recess portions formed on the outside edges of the guide plates 144 and 146 . The recess portions 144 b and 146 b serve to partially accommodate the document feed rollers 56 , 58 . Reference numeral 144 c denotes protrusions that protrude from both ends of the guide plate 144 . Before the jumps 144 c come into contact with the stops 76 b ( Fig. 4 and 5) to define the closed position of the movable guide assembly 110 '.

In the embodiment shown in FIGS. 3 to 12, the cleaning device 130 extends over the recording area of the print head 72 to clean the document feed roller (drive roller) 58 . In the embodiment shown in FIGS. 16 and 17, however, it is sufficient to use a cleaning device 130 'which has the ability to clean only a front zone of the printhead 72 . In particular, the cleaning device 130 'is supported by a Mon day arm 132 ', which is placed on the outer surface of the right wall 92 of the movable guide plate 90 and protrudes through an elongated slot 154 which in the inclined plate 78 b of the support frame 74th 18322 00070 552 001000280000000200012000285911821100040 0002019533540 00004 18203. As is apparent from Fig. 17, the elongate slot 154 extends through the Aufzeichnungsbe reaching the print head 72 away. When the print head 72 moves across the recording area, the cleaning device 132 'is moved here together with the print head 72 . Needless to say, the document feed roller 58 is soiled only on a portion of its surface in front of the print head 72 . It is therefore possible to clean the document feed roller 58 by the cleaning device 130 'of this embodiment in sufficient manner.

In the embodiment of FIGS. 18 to 21, a marking device is used in place of the ink jet print head 72 , the marking device being mounted on a mounting plate 96 ', which is shown in FIG. 18. The mounting plate 96 'corresponds to the projecting piece 96 , although the mounting plate 96 ' of Fig. 18 is larger than the projecting piece 96 of Fig. 3. The right wall 92 of the movable guide plate 90 of Fig. 3 is omitted in Fig. 18 . In Figs. 19 and 20, the marking device indicated generally at 156 and comprises a support frame 158, the plate on the mounting 96 is fixed ', a pivot shaft 160 which is supported by side walls of the holding frame 158, and an arm 162 which is pivotally is supported by the swivel shaft 160 .

As shown in Fig. 20, the arm 162 has a pair of arm pieces 162 a, which are parallel to each other at a constant distance and the pivot shaft 160 extends through the arm pieces 162 a. As shown in Fig. 19, each arm piece 162 a has a first portion extending from the pivot shaft 160 to the upright wall 94 of the movable guide plate 90 and has a second portion facing the first portion to the slot 102 is inclined. The first sections of the arm pieces 162 a are coupled together via a coupling plate 162 b and there is a marion roller 164 rotatably held by the arm pieces 162 a at the ends of the second sections thereof. As shown in Fig. 21, the Markierrolle 164 includes a shaft portion 164 a, c an edge 164 b through a bearing 164 on the shaft section 164 is mounted a, and d is an annular roller 164, fitted on the rim 164 c is. The ring-shaped roller 164d is made of porous rubber or felt and is impregnated with a liquid coloring material such as ink.

Referring to FIGS. 19 and 20 is an electromagnetic solenoid 166 mounted on the bottom of the support frame 168 and one end of an actuating rod of the electromagnetic solenoid 166 is rule on the coupling plate 162 b Stigt BEFE. A compression spring 168 is fitted onto the actuation rod of the electromagnetic solenoid 166 and the resilient force of the compression coil spring 168 operates to push the arm 162 upward at all times. Usually, the electromagnetic solenoid 166 is kept in an electrically de-energized state in which the arm 192 ben spring 168 is pressed upward by the resilient force of the pressure screw and the actuating rod of the electromagnetic solenoid 166 is pulled out so that the marking roller 164th is placed in a retracted position indicated by a two-dot chain line ( Fig. 19). When the original reading confirmation mark is to be recorded, the electromagnetic solenoid 166 is electrically energized and at that moment the actuating rod of the electromagnetic solenoid 166 is pulled against the elastic force of the compression coil spring 168 and the arm 162 is brought into position which as shown in FIGS. 19 and 20, so that the marker roller is placed in a recording position 164, which protrudes partially over the slot 102. In effect, when the electromagnetic solenoid 166 is electrically de-energized, the marking roller 164 is held at the retracted position indicated by a two-dot chain line in FIG. 19. When the electromagnetic solenoid 166 is electrically energized, the marking roller 164 is moved from the retracted position to a recording position indicated by the solid line in FIG. 19.

In the embodiment of FIGS. 18 to 21, similarly to the embodiment of FIGS. 3 to 12, the movable guide plate 90 and the auxiliary guide 104 work together to provide a guide surface for the original while the original is between the original conveying rollers 56 and the master conveyor rollers 58 is promoted. In this embodiment, however, the guide surface, which lies opposite the guide surface of the movable guide plate 90 , and the auxiliary guide 104 are provided by the movable guide arrangement 110 ''. In Figs. 19 and 10, the movable guide assembly 110 'of the rectangular plate 76 of the support frame 74 of the embodiment is angeord net, similar to FIG. 3 to 12 and has been closer to the same size and shape as the one who the rectangular plate 76. Accordingly, the guideway 111 is formed by the opposing guide surfaces between the document feed roller 56 and the document feed roller 58 . Similar to the above-mentioned movable guide assembly 110 , the movable guide assembly 110 '' between the closed position ( Fig. 19 and 20) and the open position pivots ver.

The movable guide assembly 110 '' includes a roller 170 and guide plates 172 and 174 which are arranged on both sides thereof, and the roller 170 is rotatably supported by walls (not shown) which protrude from both ends of the guide plates 172 and 174 . In the embodiment shown in Figs. 19 to 21, the aforementioned positioning and locking mechanism 118 is incorporated in the bracket 98 which is fixed to the outer surface of the upright wall 94 of the movable guide plate 90 , and the marker 156 is on any one Place in the transverse direction relative to the track 111 and BEFE Stigt.

When the electromagnetic solenoid 116 is electrically energized according to a predetermined timing while the original passes through the guide way 111 , the marking roller 164 moves from the retracted position to the recording position and at that moment the marking roller 164 comes into contact with the Original placed on the roller 170 in the slot 102 . An original reading confirmation mark is recorded on the original which passes through the web between the marking roller 164 and the roller 170 using a liquid colored material with which the annular roller 164 d of the marking roller 164 is impregnated. The original read confirmation mark recorded by the marker 156 is much simpler than the original read confirmation mark recorded by the ink jet printhead 72 . From a cost point of view, the marking device 156 is therefore very advantageous compared to the ink jet printer head 72 .

In the embodiment of Figs. 18 to 21, the drive roller of the document feed roller 58 may be contaminated with the original reading confirmation mark printed on the original while the original carrying the original reading confirmation mark thereon passes through the document feed rollers 58 . Therefore, in this embodiment, similar to the embodiment of FIGS. 3 to 12, a cleaning device 130 made of felt or napkin paper is adapted to the template roller 58 , the cleaning device 130 is held by the mounting plate 132 , which is in the manner of a Cantilever arm protrudes from the inclined plate 78 b of the support frame 74 .

In the embodiment of FIGS. 18 to 21, the marking device 156 is preferably automatically positioned using the guide screw 100 'and the nut 136 , as shown in Fig. 13. Further, the document feed roller 58 can be cleaned by the cleaning device which moves together with the movable guide plate 90 , as shown in FIGS. 16 and 17. Furthermore, the roller 170 is installed in the movable guide arrangement 110 '' in the embodiment of FIGS. 18 to 21. However, roller 170 can be omitted and only a single guide plate can be provided. In this case, the marking roller 164 is brought into contact with the single guide plate at the recording position.

In the embodiment of Figs. 22 to 24, the original reading confirmation mark is recorded on the original on both surfaces thereof. The original reading confirmation mechanism 70 in this embodiment is partially the same as that in the embodiment of Figs. 18 to 21, and the same elements are given the same reference numerals. From this form of implementation does not use the auxiliary guides 104 of FIG. 18, but uses an auxiliary guide 104 ', with a half section of the movable guide plate 90 ' (left half section in Fig. 23) is in sliding contact. The auxiliary guide 104 'comprises a pair of parallel guide plates which are firmly supported by the support frame 74 men. The marking device 156 is mounted on the movable guide plate 90 'in the same manner as in the case of the embodiment of FIGS. 18 to 21.

The movable guide assembly 176 has a rectangular plate 76 ', which has the same shape as that of the rectangular plate 76 of the support frame 74 , and the movable guide plate 90 ' is slidably arranged in the rectangular opening of the rectangular plate 76 '. That is, a plurality of pieces 178 and 180 protrude from both sides of the movable guide plate 90 'and they are in sliding engagement with the side edges or side edges of the rectangular opening of the rectangular plate 76 ', so that the movable guide plate 90 ' can slide along the rectangular opening. As is apparent from FIGS. 23 and 24, is at the end of the movable guide plate 90 'with respect to the Hilfsfüh tion 104' (right end in Fig. 23) a tongue piece 192 is formed, which is bent at right angles and is removable in an opening inserted 184 into the corresponding end of the movable guide plate 90 'is formed so that the movable guide plate 90' with the movable guide plate 90 can be moved '. When the movable guide assembly is moved to the CLOSED position sene 176, the tongue piece, the movable guide plate 90 introduced 182 'into the opening 184 of the guide plate 90 be wegbaren'. When the moveable guide assembly 176 is brought into the open position, the tongue piece 182 escapes from the opening 184 . When the movable guide assembly 176 is brought into the closed position again, the auxiliary guide 104 'is framed by the movable guide plates 90 ' and 90 '', as shown in Fig. 23.

Of the movable guide plate 90 '' is mounted kierungseinrichtung 186 a Mar, wherein the mark 186 similar to the marking device 156 is. In the case where the tongue piece is of the moving cash guide plate 90 introduced 182 'into the opening 184 of the bewegba ren guide plate 90' ', two Markie are approximately devices 156 and 186 aligned with each other, as shown in FIGS. 22 and 23 , and two marker rolls touch at their recording positions. The reference numeral 102 'denotes a slot which is formed in the movable guide plate 90 ' and this corresponds to the slot 102 which is formed in the movable guide plate 90 '. In order to record the master reading confirmation marks, the electromagnetic solenoids of the markers 156 and 186 are electrically energized in the same timing, thereby bringing two marker rollers into contact with each other with the original sandwiched between them and the master reading confirmation marks thus on both surfaces of the Template to be recorded.

In the embodiment of FIGS. 22 to 24, the ranges of movement of the marking devices 156 and 186 are restricted to only the left side zone, specifically with regard to the center of the original with the maximum width (in FIG. 23). This is because when the markers 156 and 186 are placed at the center of the template, the right ends of the movable guide plates 90 'and 90 ''( Fig. 23) close to the inner wall on the right side of the housing the document reader are arranged. When From Fig guide die. 22 to 24 but it is permitted, the original reading confirmation marks at any Posi tion on both surfaces on the left-side zones NEN aufzuzeich relative to the central position of the template in an undesirable manner without genlesegerätes the housing of the Vorla to enlarge. In Figs. 22 and 24 who recorded by the original reading confirmation marks on the linkssei term zones relative to the central position of the document for the purpose of simple explanation. However, it is permissible to record the template reading confirmation marks on the right-hand zones, which is a matter of course.

As explained in detail, according to the present invention the location where the original reading confirmation mark is recorded on the template be changed without the housing of the original reader expand excessively, thereby creating a variety of Wishes of the users to accommodate. Furthermore, the Master reading confirmation mechanism a guide surface for the entire surface of the template to everyone Points in time, the probability of a Original jams in the original reading confirmation mechanism is suppressed. Even if a jam of originals in the document reading confirmation mechanism occurs the jam can be handled quickly and easily, so that the opportunity is created to submit the template Maintain reliability of operations too read. Because pollution due to the template reading Confirmation stamp recorded on the template was prevented from spreading, the original will not get dirty, even if the front position data can be read by the template reader. If the original reading confirmation marks on both Surfaces of the template are recorded, it is possible to easily confirm whether the data are recorded on both surfaces of the template or Not. If the template reading confirmation mechanism optionally to be installed in the template reader, if necessary, the document reader can with reduced cost offer.

Claims (20)

1. A template reading confirmation mechanism disposed in a template reader to record a template reading confirmation mark on a template to enable confirmation of whether or not the template has been read by the template reader, where the mechanism includes:
a guide device which provides a guide surface for a template conveyed in a predetermined conveying direction, the guide device including a movable guide plate which is movable in a transverse direction with respect to the conveying direction within a predetermined range, and
a recording device attached to the movable guide plate of the guide device to record an original reading confirmation mark on the original as the original is conveyed along the guide surface of the guide device. 2. Original reading confirmation mechanism according to An saying 1, characterized in that the leadership direction contains at least one auxiliary guide to at least a portion of the movable guide plate is arranged to be in sliding attack with the moveable Ren guide plate to arrive, the movement of the at least one auxiliary guide is regulated so that we at least an auxiliary guide with the movable guide works together to create a leadership space for the entire surface of the template at all times  watch when the movable guide plate is attached to any Place placed within the predetermined range becomes. 3. Original reading confirmation mechanism according to An saying 1 or 2, characterized in that the guide tion device contains a support frame to the be movable guide plate movable to hold that Support frame has a guide rod to the to guide movable guide plate and that one by hand actuatable locking device between the movable guide plate and the guide rod is provided to releasably attach the movable guide plate lock the guide rod. 4. Original reading confirmation mechanism according to type saying 1 or 2, characterized in that the guide approximately a support frame for movable Holder of the movable guide plate that the Support frame contains a lead screw to be rotatable to guide the movable guide plate and that the movable guide plate a nut for one Has engagement with the guide screw.   5. Original reading confirmation mechanism according to An saying 1, which has a second guide device, the a guide surface opposite to the guide surface the first leader offers to deal with the leader area of the first management facility to work together and bil a guideway between the guide surfaces the. 6. Original reading confirmation mechanism according to An Proverb 5, characterized in that the second Füh device between a closed position, in which the guideway is formed and an open one Position in which the guideway is open, movable is. 7. Original reading confirmation mechanism according to An saying 5, characterized in that the recording device comprises an ink jet print head and that the second guide means absorbing ink Material includes to eject from the printhead To receive and absorb ink droplets. 8. Original reading confirmation mechanism according to An pronoun 7, characterized in that the second Füh Rungseinrichtung contains a mounting plate to the To hold ink absorbing material, and that the support plate removable in the second management facility tion is supported. 9. Original reading confirmation mechanism according to An saying 5, characterized in that the recording device a marking element with an impregnated with ink gnierte device in the same and a drive direction for driving the marking element between a  Recording position and a retracted position and that the marking element on the recording position in contact with the guide surface of the second Guide device is brought. 10. Original reading confirmation mechanism according to An Proverb 9, characterized in that the second Füh tion device contains a roller, and that the Markie element at the recording position brought with the roller. 11. Original reading confirmation mechanism according to An saying 5, characterized in that the first guide device contains at least one auxiliary guide, on at least a portion of the movable guide arranged about the first guide device is to slidably engage with the movable guide plate to arrive, the movement of at least one Aid guide is regulated so that the at least one Auxiliary guide together with the movable guide plate works to create a guide surface for the entire surface to create the template at all times, if the movable guide plate at any position in is placed within the predetermined range. 12. Original reading confirmation mechanism according to An saying 5, characterized in that the first guide device contains a support frame to move the movable guide plate to support that the support frame men contains a guide rod to the movable Füh guide plate and that a manually operable Locking device between the movable guide tion plate and the guide rod is provided to releasably the movable guide plate on the guide rod to lock. 13. Original reading confirmation mechanism according to An saying 5, characterized in that the first guide  Rungseinrichtung contains a support frame to be movable the movable guide plate to hold that the support frame contains a guide screw to turn the be guide movable guide plate, and that the movable A nut to engage the guide plate Has guide screw. 14. Original reading confirmation mechanism according to An saying 5, in which the second guide means a be contains removable guide plate that runs in a transverse direction the direction of the conveying direction within the egg nes predetermined range is movable, and a second recording device on the movable Guide plate of the second guide device mounted is to one template reading confirmation mark on top of the other Record surface of the template while the template is promoted along the guideway.   15. Original reading confirmation mechanism according to An saying 14, characterized in that the movable Guide plates of the first and second guide devices detachable at one end of each plate for one ge common movement are coupled together, and that the other ends of the movable guide plates are in sliding attack with the auxiliary guides attached to egg ner fixed position are arranged. 16. Original reading confirmation mechanism according to An pronoun 14, characterized in that the first Füh Rungseinrichtung contains a support frame to be movable the movable guide plate to support that the support frame contains a guide rod to the movable guide guide plate and that a manually operable Locking device between the movable guide tion plate and the guide rod is provided to the movable guide plate releasably on the guide rod lock. 17. Original reading confirmation mechanism according to An pronoun 14, characterized in that the first Füh approximately a support frame for movable from support of the movable guide plate that the Support frame contains a lead screw to be rotatable to guide the movable guide plate, and that the be movable guide plate has a nut that is in engagement with the guide screw. 18. Template reading confirmation mechanism according to claim 1 or 14, with:
an original feed section, an original reading section and an original discharge section along an original conveying path,
an original conveying roller which is arranged between the original reading section and the original discharge section to form part of the original conveying path,
an original reading confirmation mechanism which is arranged on the downstream side of the original conveying roller in a predetermined original conveying direction in the original conveying path and close to the original conveying roller,
the master reading confirmation mechanism further includes:
a cleaning device applied to the master roller to prevent soiling on the original caused by the master reading confirmation mark, the cleaning device being supported by the guide means and moving over a range of the recording means with the movable Guide plate extends. 19. Original reading confirmation mechanism according to An saying 18, in which the cleaning device with the on is arranged aligned drawing device the movable guide plate in the original conveying direction is mounted. 20. Template reading confirmation mechanism according to claim 5, with:
a main frame,
a subframe hinged to the main frame to pivot between a closed position and an open position with respect to the main frame, the main frame and the subframe having an interface therebetween,
a master conveying path formed along the interface between the main frame and the subframe,
a document feed section, a document reading section and a document discharge section arranged along the document conveying path, wherein
the document reading confirmation mechanism is arranged between the document reading section and the document discharge section,
wherein the second guide means is hinged to the first guide means to be pivoted between a closed position in which the guide path is formed and an open position in which the guide path is open, and
wherein the pivoting movement of the subframe between the closed position and the open position with respect to the main frame is associated with the pivoting movement of the second guide device between the closed and the open position.